The Technion’s story has been intertwined with Israel’s for more than a century, from laying the foundations for a new nation to shaping its future.
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Researchers from the Technion’s Material Topology Research Lab have unveiled TreeSoil, a 3D-printed earthen structure designed to protect young trees and foster early growth in degraded environments. Fabricated using WASP’s LDM XXL extrusion system mounted on a KUKA KR50 robotic arm, each TreeSoil module is built layer by layer from locally sourced soil, then naturally dried and assembled on-site without adhesives. Drawing inspiration from ancient agricultural methods that shaped soil and stone to shelter crops, TreeSoil applies computational design to reimagine these techniques for modern ecological restoration. The project’s interlocking brick geometry allows for modularity, easy on-site assembly, and strong…
Imagine: After a business lunch in Tel Aviv, you’re back in New York City in time for dinner. Your teen aces her afternoon math exam in Boston before kicking her way to victory at a twilight soccer match in Los Angeles. Academic researchers are discovering new minerals on their weekly expeditions to the moon. You’re […]
Pigs have long carried a bad reputation. They are often described as dirty, greedy animals that eat everything in sight and spend their days lying around. In reality, none of these stereotypes are true. Pigs are intelligent, have a highly developed sense of smell, and like to stay clean. They often roll in mud, not because of laziness but to cool down and protect themselves from parasites. But there is another, far more important fact about pigs: they are now at the center of a medical revolution that could transform the future of organ transplantation. With demand for donor organs…
Scientists at the Technion – Israel Institute of Technology have developed a smart biological adhesive that could change the way wounds are treated and surgeries are performed. The new material, which mimics the natural sticking ability of mollusks on wet surfaces, can bond to tissues within seconds and safely biodegrade inside the body. For decades, surgeons have relied on stitches and metal staples to close incisions and stop bleeding. While effective, these methods are invasive, painful and can lead to infections. The Technion’s breakthrough offers a less invasive, more tissue-friendly alternative. The development, patented and recently published in the scientific…
Maayan Kinsbursky “I am a 31-year-old industrial designer, a wife, and a mother to a baby. I hold a bachelor’s degree in industrial design from Bezalel Academy of Arts and Design and a master’s degree in industrial design from the Technion – Israel Institute of Technology, which I completed with honors. My thesis focused on […]
Until last summer, Shlomit Weiss managed 20,000 people at Intel centers around the world, overseeing development of the company’s most widely-used computer chips. Her resume includes three decades in the bosom of the US-based chip manufacturer, which is also the largest private employer in Israel, and another three years as Mellanox’s hardware development manager. And if that’s wasn’t enough, she was also one of those who persuaded Nvidia CEO Jensen Huang to acquire Mellanox. But now, at age 62, Weiss is reinventing herself, and busy with the small details of starting an independent business: building her own website, handing out…
Wash — and learn. “The next time you’re using a tumble dryer, take a look at the lint catcher,” materials scientist Joshua Grolman told The Post. “All of this debris is what we breathe in on a daily basis.” Microplastics are ubiquitous, found in everything from toys and cosmetics to cleaning products and clothing. They’re in the air we breathe, the food we eat and the water we drink and swim in. These particles, which slough off larger plastic, are suspected to harm reproductive, digestive and respiratory health, potentially leading to infertility, colon cancer and lung problems. Joshua Grolman is…
A potentially game-changing construction material under development at the Technion – Israel Institute of Technology utilizes microorganisms, rather than cement, to bind sand particles together, while also absorbing atmospheric carbon dioxide that contributes to global warming. According to the UN Environment Program, the construction industry accounts for a whopping 37 percent of global warming emissions. The Technion’s interdisciplinary project CyanoGems utilizes microorganisms that photosynthesize, meaning they use sunlight to create food from carbon dioxide and water. During photosynthesis, carbon dioxide is removed from the atmosphere and oxygen is emitted.
In the sweltering summer heat, search teams are still scouring the Guadalupe River in central Texas for the bodies of dozens of people who have missing since flash floods devastated the Hill Country earlier this month. A search and rescue team of ZAKA volunteers from Israel is using a unique set of skills to help find them faster. “We arrived about two weeks ago after authorities made a request for us to provide assistance,” ZAKA International commander Nachman Dyksztejn told Times of Israel. “People here know and appreciate that Israel is here helping, and the entire community has been very…
Helen Buchumensky is director of standards and compliance, and head of global functional safety, at ARM Semiconductors & Automotive Operations… and of course, a proud Technion alum! In this is episode, she talks about starting music festivals, writing for teenage magazines, and soviet professionalism… She also tells us all about the concept of Functional Safety, […]
Medical crash carts — stocked with medications, syringes, gauze, and IV fluids — are essential tools in emergency rooms, where seconds matter, space is tight, and confusion can cost lives. However, despite their importance, crash carts vary widely in layout between hospitals and departments. In high-stress situations, this inconsistency can lead to delays as providers search for supplies or open the wrong drawers. That’s why a team of Cornell researchers set out to reimagine the traditional crash cart, transforming it into a robot designed to support, not disrupt, emergency care teams during critical, time-sensitive procedures. Their work, led by Angelique…
A breakthrough in clean energy could unlock affordable, industrial-scale green hydrogen. For the first time, scientists have determined how to scale up decoupled water electrolysis, a technique that produces green hydrogen without carbon emissions or expensive hardware. This method could be a game-changer in how hydrogen is made, stored, and used across various energy-intensive industries. Traditional hydrogen production relies on dirty energy, releasing tons of pollution. Green hydrogen, by contrast, is made by splitting water with clean energy like solar or wind, but current technologies struggle to scale due to cost and instability. Conventional electrolysis uses membranes to separate hydrogen…